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QuantumDiamonds

Builds quantum sensors that find defects in chips

Data Scientist - Measurement & Signal Processing

Data ScienceConfirmed live in the last 24 hours
Full-timeMunich, Germany

About the Job

Requirements

  • At least 3 years of professional experience outside academia applying data science to measurement or imaging data from physical instruments.
  • A degree in physics, electrical engineering, applied mathematics, or a related discipline; a PhD is welcome but not required.
  • Solid statistics and signal or image processing skills, including the ability to distinguish signals from noise and systematics and demonstrate findings quantitatively.
  • Fluency in Python and the scientific stack, with habitual use of version control and tests.
  • Use AI coding agents and check their output carefully.
  • Comfort operating systems in the lab when analysis requires data.
  • Fluent English.
  • German is not required; it is an advantage.

Responsibilities

  • Build checks from raw quantum sensor signal to field map that distinguish trustworthy measurements from measurement or reconstruction artifacts, using both laboratory and customer data.
  • Trace failed checks to their source in the chain, fix issues in the evaluation, and drive fixes with the owning engineer when issues lie elsewhere.
  • Maintain the catalogue of known artifacts and the set of reference measurements used to make verdicts faster and more defensible.
  • Validate the team's evaluation methods against simulation and reference measurements before they enter daily use.
  • Give Applications Engineers and the team a clear verdict on each measurement, and feed failures back into the next generation of the QDm.

Desired Qualifications

  • Experience with magnetic or electromagnetic measurements or semiconductor failure analysis.

About the Company

QuantumDiamonds

Builds quantum sensors that find defects in chips

QuantumDiamonds builds non-destructive magnetic field imaging systems for semiconductor inspection using nitrogen-vacancy centers in diamond. Its flagship QDm.1 measures magnetic fields from current flow to reconstruct chip current pathways and locate defects in multi-layer 2.5D/3D structures, all at ambient conditions without vacuum or cryogenics. The platform is an integrated, commercially available quantum sensor tool deployed at major foundries and OSATs, with a roadmap from InLab defect localization to InFab metrology and InLine wafer mapping. The goal is to make non-destructive, quantum-based defect localization a standard part of semiconductor manufacturing to reduce yield losses and speed up root-cause analysis, supported by significant funding and a planned production facility in Munich.

Company size
51-200
Company stage
Grant
Total funding
$114M
Headquarters
Munich, Germany
Founded
2022

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